OEM/ODM China ASTM A325 Heavy Hex Structural Bolts to The Swiss Manufacturers

ASTM A325 Heavy Hex Structural Bolts The bolts are intended for use in structural connections. These connections are covered under the requirements of the Specification for Structural Joints Using ASTM A325 Bolts, approved by the Research Council on Structural Connections, endorsed by the American Institute of Steel Construction and by the Industrial Fastener Institute.   Dimension: ASME B18.2.6 Thread Size: 1/2"-1.1/2" with various lengths Grade: ASTM A325 Type-1 Finish: Black Oxide, Zinc Plating, Hot Dip Galvanized, Dacromet, and so on Packing: Bulk about 25 kgs each carton, 36 cartons each pallet Advantage: High Quality and Strict Quality Control, Competitive price,Timely delivery; Technical support, Supply Test Reports Please feel free to contact us for more details.  

  • OEM/ODM China ASTM A325 Heavy Hex Structural Bolts to The Swiss Manufacturers Related Video:



    https://www.scotchman.com/
    U-Bolt brake can bend up to ¾” round rod with 6″ legs. Adjustable rollers make different length bends in any rod up to ¾” round.
    90 deg bends inside legs. Adjustable back stop to ensure equal bend in legs.

    Find out more about our products here: https://www.scotchman.com/products/
    Subscribe and read our blog here: https://info.scotchman.com/blog
    See customer testimonials here: https://www.scotchman.com/about/testimonials/
    Like on Facebook: https://www.facebook.com/ScotchmanIndustries/
    Follow us on Twitter: https://twitter.com/ScotchmanInd



    Rocker box inspection caps off, I remove the spark plugs a quick look at the colour then kick the motor over until the exhaust rocker arms are level with each other then proceed to remove the exhaust rocker box, exposing the valves and push rods. The process is repeated for the inlet rocker box; kick the motor over until the rocker arms are level (this releases valve spring pressure) then remove the inlet rocker box, on removing pushrods it is very important to keep them in order and the correct way up as they should go back in, exactly as they came out and the right way up. Getting old stuck gaskets off can be a pain, you will notice I use a large sharp hacksaw blade sharpened like a wood chisel, used sloped side up at a shallow angle it is by far the best tool I have found over the years, care must be taken not to damage the facings whatever you use.
    Removing the cylinder head, bolts should be slackened in the same order as you would tighten them; this brings the head off square, removing the cylinder head studs you will notice the small washers have recessed into the head slightly.
    There is a Triumph Parts Bulletin # LFH 84-8 stating the 4 washers on centre studs and the 4 on the outer bolts should be changed for the larger washer # 82-2184, the larger washer increases surface area therefore improve retention. As my washers have already recessed the head a larger washer would only make contact around the edge of the recess until it sunk to the same depth, on a flat face large washer great idea.
    With all bolts and studs removed the head is pulled off trying to leave push rod tubes stuck on the tappet block, with the cylinder head off I take a look at the bores and pistons well worn but no marks or scratches, then I drain out the gear box oil pointing out the level plug while the oil is draining, the front foot rests and the outer gearbox casing are removed and the clutch cable disconnected. Then onto the timing chest the first thing to be removed is the ignition cover this allows access to in my case Boyer ignition, disconnect and remove stator plate and the rotor allowing removal of the timing cover.